2 BIT ALU IC Search Results

kbaa

Abstract: amd 2901 alu weitek FPU wtl3332 weitek WTL3164 amd 2901 Kaaa 3332 weitek CRTN 1010
Contextual Info: / CHRIS1 EMBEDDED PROCESSOR UNIT EPU February 1988 FEATURES • 32-Bit RISC Architecture • 2901 ALU Superset • 20 MIPS Throughput • 32-Bit ALU or 2 16-Bit ALUs • Executes 1 1nstruction/Cycle • 2910 Sequencer Superset • 3Kb WCS Instruction Cache

8 BIT ALU IC

Contextual Info: LOGIC DEVICES INC Bh E' D • SSbSTQS 0001333 2 ■ _ L29C101 16-bit ALU Slice FEATURES □ Four-Wide 2910 ALU Plus Carry Look-ahead Logic and Full 16-bit Data Paths □ High Speed, Low Power CMOS Technology □ Fast Clock Period: 35 ns Commercial, 45 ns Military

2901c

Abstract: processor Am2901 2901B AM2902 i345 AM-201C
Contextual Info: Am2901B/Am2901C A m 2 9 0 1 B /A m 2 9 0 lC Four-Bit Bipolar Microprocessor Slice DISTINCTIVE CHARACTERISTICS Left/right shift Independent of ALU Add and shift operations take only one cycle. Four status flags Carry, overflow, zero, and negative. Flexible data source selection ALU data is selected from five source ports for a total of

GE Manual

Abstract: Transistor BFT 98 oscilloscope service manual mos 620 ADSP-21065L B-28 B-30 B-31
Contextual Info: , ,1' ; Numerics 32- and 48-bit memory words, using 5-30 32-bit data starting memory address 5-35 A AC (ALU fixed-point carry bit 2-16 described 2-18 fixed-point logic operations and 2-18 setting and clearing 2-18 AC condition 3-13 Access address fields for external memory

LXV Series

Abstract: SPORT timing DIAGRAM OF ROM MRS 1031 4 bit by bit 4 multiplication IC db 3 xv 27 diagram for 4 bits binary multiplier circuit ADSP-21065L B-28 B-30
Contextual Info: , ,1' ; Numerics 32- and 48-bit memory words, using 5-30 32-bit data starting memory address 5-35 A AC (ALU fixed-point carry bit 2-16 described 2-18 fixed-point logic operations and 2-18 setting and clearing 2-18 AC condition 3-13 Access address fields for external memory

TA 7136 p

Abstract: weitek 7137-100-G ad 7137
Contextual Info: WTL 7137 32-BIT INTEGER PROCESSOR ADVANCE DATA Features 32-BIT, SINGLE-CHIP PROCESSOR o 3 2-bit Integer ALU o 4-port 36x32 Register File o Parallel Multiply/Divide Unit o 32-bit Shift/Field Merge Unit POWERFUL INSTRUCTION SET o Add, Subtract, Multiply, Divide

Am2901

Abstract: 2901c 4bit alu AM2902 amd 2901 alu l67s AM2901BDC D-40
Contextual Info: 3L06ZUJV/aL06ZUJV A m 2 9 0 1 B /A m 2 9 0 lC Four-Bit Bipolar Microprocessor Slice DISTINCTIVE CHARACTERISTICS L e ft/rig h t shift independent of ALU Add and shift operations take only one cycle. Four status flags Carry, overflow, zero, and negative. Flexible data source selection ALU data is selected from five source ports fo r a total of

2901c

Abstract: amd 2901 alu D-40 i5 instruction CD004110 am2902
Contextual Info: 3L06ZUJV/aL06ZUJV A m 2 9 0 1 B /A m 2 9 0 lC Four-Bit Bipolar Microprocessor Slice DISTINCTIVE CHARACTERISTICS L e ft/rig h t shift independent of ALU Add and shift operations take only one cycle. Four status flags Carry, overflow, zero, and negative. Flexible data source selection ALU data is selected from five source ports fo r a total of

TI L8236

Abstract: weitek L-8237 XL-8200 l8236
Contextual Info: XL-8237 32-BIT RASTER IMAGE PROCESSOR PRELIMINARY DATA M ay 1988 Features 32-BIT, SINGLE-CHIP GRAPHICS PROCESSOR HIGH PERFORMANCE 32-bit integer ALU Four-port 3 6 x 3 2 register file Parallel multiply/divide unit for Bezier computation 32-bit shift/field merge unit for BitBlt

weitek

Abstract: P11000 ta 7136 AD27 AD29 AD30 32-bit-Integer weitek 7137 weitek 7136 TA 7136 p
Contextual Info: WTL 7137 32-BIT INTEGER PROCESSOR ADVANCE DATA APRIL, 1986 Features 32-BIT, SINGLE-CHIP PROCESSOR o 3 2-bit Integer ALU o 4-port 36x32 Register File o Parallel Multiply/Divide Unit o 32-bit Shift/Field Merge Unit POWERFUL INSTRUCTION SET o Add, Subtract, Multiply, Divide

Contextual Info: 32-BIT AND 64-BIT IEEE FLOATING-POINT MULTIPLIER AND ALU DESCRIPTION: FEATURES: T h e IDT721264 flo a tin g -p o in t m u ltip lie r and the IDT721265 flo a tin g -p o in t ALU p ro v id e h ig l^ p e e d 3 2-b it and 64-bit flo a tin g ­ p o in t p ro c e s s in g ca p a b ility .

weitek xl-3132

Abstract: weitek 3132 xl 3132 xl3132 XL-3132
Contextual Info: WTL 3132/WTL 3332/XL-3132 32-BIT FLOATING POINT DATA PATH O ctober 1988 Features 32-BIT FLO A TIN G POINT PROCESSOR HIGH PERFORM ANCE Single-precision floating point m ultiplier/ALU 100 and 120 ns cycle times Four-port 3 2 x 3 2 register file Up to 20 M FLOPS throughput 1 MAC/cycle

MAX PLUS II free alu

Abstract: DM54S181J DM74S181N J24A N24A
Contextual Info: S181 £ 2 National Semiconductor DM54S181/DM74S181 Arithmetic Logic Unit/Function Generators General Description Features These arithmetic logic units ALU /function generators per­ form 16 binary arithmetic operations on two 4-bit words, as shown in Tables 1 and 2. These operations are selected by

addressing mode in core i7

Abstract: core i7 registers i2c software program st7 ST72-Core ST72 ST72251 ST72311 MICROCONTROLLER TRAINING rp-10m core i7 alu
Contextual Info: ST7 MICROCONTROLLER TRAINING 1 - INTRODUCTION 2 - CORE 3 - ADRESSING MODES 4 - PERIPHERALS 5 - ST7 SOFTWARE TOOLS 6 - ST7 HARDWARE TOOLS ST7 Microcontroller Training - CORE ST72 CORE General Description THE CORE IS BUILT AROUND : an 8-bit Arithmetic and Logic Unit ALU

addressing mode in core i7

Abstract: core i7 registers core i5 registers core i7 alu addressing mode in core i5 core i5 addressing modes ST72311 ST72251 i2c software program st7 core i7 registers set
Contextual Info: ST7 MICROCONTROLLER TRAINING 1 - INTRODUCTION 2 - CORE 3 - ADRESSING MODES 4 - PERIPHERALS 5 - ST7 SOFTWARE TOOLS 6 - ST7 HARDWARE TOOLS General Purpose ST7 Microcontroller Training - CORE ST7 CORE General Description THE CORE IS BUILT AROUND : an 8-bit Arithmetic and Logic Unit ALU

ab-1 national

Contextual Info: 19 February 1992 Semiconductor DM74S181 Arithmetic Logic Unit/Function Generators General Description Features These arithmetic logic units ALU /function generators per­ form 16 binary arithmetic operations on two 4-bit words, as shown in Tables 1 and 2. These operations are selected by

6066P

Contextual Info: g M O TO R O LA MC10902 A dvance Inform ation MECL-LSI 8-BIT BINARY/BCD ALU SLICE 8-BIT BINARY/BCD ALU SLICE T h e M C 10 9 0 2 is a h ig h sp e e d A L U b u ild in g b lo c k fo r d ig ita l p ro c e s s o rs . T h e c ir c u it o p e ra te s d ir e c tly o n BCD d a ta in a d d itio n

ic 723 cn

Abstract: T74LS181B1 ALI 3101 C T74LS181 m 3101 c1 T74LS181D1
Contextual Info: S 6 S-THOMSON Ü7E D I ’¡ r . T54LS181 iü T74LS181 T IEiaa? ODlblSb fi | LOW POWER SCHOTTKY INTEGRATED CIRCUITS 67C 1 6 2 8 5 D . — - 4-BIT ARITHMETIC LOGIC UNIT DESCRIPTIO N The T54LS181/T74LS181 is a 4-bit Arithmetic Lo­ gic Unit ALU which can perform ali possible 16

Arithmetic and Logic Unit circuit

Abstract: F181
Contextual Info: 181 54F/74F181 Connection Diagrams 4-Bit A rithm etic Logic Unit io | T Description U vee A oU 23] Ai s 3 T îîlB i s 2 [7 13*2 The ’ F181 is a 4-bit A rith m e tic lo g ic Unit (ALU w hich can perform all the p ossible 16 lo gic operations on tw o variables and a variety o f arith m etic

C1995

Abstract: DM74S181 DM74S181N DM74S182 N24A
Contextual Info: DM74S181 Arithmetic Logic Unit Function Generators General Description Features These arithmetic logic units ALU function generators perform 16 binary arithmetic operations on two 4-bit words as shown in Tables 1 and 2 These operations are selected by the four function-select lines (S0 S1 S2 S3) and include

bcd alu

Abstract: Shift register designed by Max Plus bit slice processors MC10179 MC10902 AL49
Contextual Info: g M O TO R O LA A d v a n c e In form ation MECL-LSI 8-BIT BINARY/BCD ALU SLICE 8-BIT BINARY/BCD ALU SLICE T h e M C 10 9 0 2 is a h ig h s p e e d A L U b u ild in g b lo c k fo r d ig ita l p ro c e s s o rs . T h e c ir c u it o p e ra te s d ir e c tly on BCD d a ta in a d d itio n

aay20

Contextual Info: L Q mmmm G Ê wC L 2 9 C 1 01 16-bit ALU Slice DEVICES INCORPORATED FEATURES □ F ou r-W id e 2901 A LU s P lu s C arry L ook-A head Logic and Full 16-bit D ata Paths □ H igh Speed, Low P ow er C M O S Technology □ Fast C lock Period: 35 ns C om m ercial, 45 ns M ilitary

FLOATING POINT Co Processor

Abstract: TL1033 C3033 3033A1C 3032A1C 3033A1
Contextual Info: TMC3032/3033 7 7 ?» V Floating-Point Multiplier and ALU 32-Bit, 10 Megaflops The T M C 3 0 3 2 and T M C 3 0 3 3 are form , fit, and function com patible w ith the W T L1 0 3 2 and W T L1 0 3 3 . Sin ce the T M C 3 0 3 2 and T M C 3 0 3 3 are built using T R W 's

al 1512 bm

Abstract: weitek WEITEK 2265 dm311 weitek 2264 HA 12046 DM 1265 F321 labs floating point handling modelo register
Contextual Info: WTL 2264/WTL 2265 FLOATING POINT MULTIPLIER/ DIVIDER AND ALU PRELIMINARY DATA April 1986 Features H IG H SPEE D C O N F O R M A N C E T O IE E E S T A N D A R D 754, V E R S IO N 10.0 Full 3 2 -b it a n d 64-bit floating p o in t fo rm ats a n d o p e ra ­